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An Advanced Identification Procedure for Material Model Parameters based on Image Analysis
Inverse methods for the material strength model calibration are widespread techniques, which allow taking into account for the actual strain, strain-rate, temperature and triaxiality fields inside the specimen. An optimization ...
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SESSIONS G 1 - 4
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Simulation des Kreissägeprozesses
Spanende Prozesse sind durch sehr hohe Dynamik und Verformungszuständen gekennzeichnet. Mit Hilfe der Simulationstechnologie sind bereits verschiedene Zerspanungsprozesse mit guten Ergebnissen analysiert worden. Obwohl sich ...
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SESSIONS G 1 - 4
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The Influence of Johnson-Cook Parameters on SPH modeling of Orthogonal Cutting of AISI 316L
Over the past few decades, there has been a growing interest in modelling of machining processes. In this regard, smoothed particle hydrodynamics (SPH) is one of the latest methods used for that purpose. SPH is a powerful technique ...
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SESSIONS G 1 - 4
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Non-Structural Mass Modeling in Aircraft Impact Analysis using Smooth Particle Hydrodynamics
The non-structural mass in the large commercial airliners includes fuel, cargo, passengers, luggage, seats, lockers, etc. The straightforward approach for modelling of this non-structural mass is to include it as additional mass ...
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SESSIONS G 1 - 4
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ALE/FSI AirBlast Modeling: On the Way to One Billion Elements
The Arbitrarian Lagrangian Eulerian (ALE) method of LS-DYNA® software is the best actual solution to perform AirBlast simulation. Indeed, thanks to its coupling method (ALE/FSI), it allows to the user to model complex blast waves ...
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SESSIONS G 1 - 4
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Highly Advanced M&S System for Marine Accident Cause Investigation using FSI Analysis Technique
Investigation of marine accident causes usually depends on the judgments of maritime experts, based on the statements of the concerned persons in the case where there is no navigation equipment, such as AIS and VDR. Scientific ...
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SESSIONS G 1 - 4
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Validation of the Simulation Methodology for a Pipe Whip Restraints Analysis using Explicit Method in LS-DYNA
One of the requirements of a safe nuclear power plant design is the postulation of the full “Guillotine” rupture on a high energy pipe. The purpose of this study is to analyze the “energy absorption” of the Pipe (anti-) Whip Restraint ...
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SESSIONS G 1 - 4
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Validation of Fluid Analysis Capabilities in LS-DYNA Based on Experimental Result
The latest LS-DYNA provides several excellent capabilities for modeling of fluid like materials. These capabilities contains ALE, SPH and CESE for compressible fluid and ICFD for incompressible fluid. Each capability has its own ...
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SESSIONS G 1 - 4
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Numerical investigation of the nozzle number on the performance of conical vortex tube
A three dimensional computational fluid dynamic is used to analyze the mechanisms of flow inside a vortex tube. The K- ω SST turbulence model was applied to predict the performance and turbulent flow behavior inside the tube. The ...
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SESSIONS G 1 - 4
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Model Based Design of Pressure Proles for Pyrotechnic Actuator Using SPH Method & LsOpt® Solution
Pyrotechnic Pistons are communally used as fast reacting actuators in many elds and applications, such as seat belt pretensioners, wire and cable cutters and power disconnect devices. The design of such devices is subjected to many ...
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SESSIONS G 1 - 4